SIT8209AC-8F-28S-156.257812X

Introduction

The SIT8209AC-8F-28S-156.257812X is a stable frequency oscillator featuring a low power generating circuit. This particular model is a crystal oscillator with a full frequency range that allows the oscillator to be used in an array of different electrical applications. It is applicable for performance enhancing devices such as televisions, super audio players, and motion sensors. It utilizes a crystal chip that generates a low-jitter, stable output signal.

Application Fields

The SIT8209AC-8F-28S-156.257812X crystal oscillator uses a crystal chip with a full frequency range from 1MHz-150MHz, allowing it to be used in many different electrical applications. This model is commonly used in telecommunication systems. It is also applied to other applications, such as physics experiments, electric toy production or medical equipment. It is known for producing very steady and low jitter, enabling its use in audio and video systems.

Working Principle

The SIT8209AC-8F-28S-156.257812X oscillator works by producing an alternating voltage that is synchronized with the frequency of the crystal. When the crystal oscillates it produces an electrical signal that is used to produce a synchronized output voltage. This voltage is known as the carrier frequency. This frequency can be modified and adjusted by varying the voltage supply.

The crystal is made up of two quartz wafers, with electrodes attached to each. When an alternating current is applied to the two electrodes, one of the wafers vibrates. This vibration produces an alternating current at a fixed frequency. This current is amplified and used to control the frequency of the oscillator. This ensures a stable, low jitter output.

Conclusion

The SIT8209AC-8F-28S-156.257812X oscillator is a commonly used crystal oscillator featuring a low power generating circuit. It has a full frequency range from 1MHz-150MHz, allowing it to be used in a variety of different applications. It produces a very steady and low jitter output, making it ideal for use in audio and video systems. Its stability makes it a popular choice for telecommunication systems and other application such as physics experiments, electric toy production or medical equipment.